nuSTORM Work Packages
Workpackages
| Measurement programme and physics opportunities | Include a specification of the pion beam from the target and range of stored-muon energies | Ken |
| Storage ring design, simulation of performance | Include appropriate end-to-end simulation to demonstrate assumed flux precision | Jaroslaw |
| Experimental facility | Where the detectors go and (roughly) what kind of detectors could be considered | Ken |
| SPS beam requirements | Required beam parameters, POT/year etc., foreseen SPS operation scenarios, limitations | ML |
| Fast extraction from the SPS | Fast extraction possibilities, limitations | WB/BG |
| Beam transport to target | Beamline, optics, transport to target | WB/BG |
| Target, target complex | Target requirements, options, context, Target complex, He vessel, shielding, handling etc. – all issues identified for CENF, BDF etc | MC |
| Pion-beam capture | Horn etc. etc. | MC |
| Radiation protection | Will have to be reasonably high level – but a lot of previous work to be mined. Issues (muon halo…) Prompt and residual dose rates, air activation… Environmental considerations | HV |
| Safety | Preliminary safety evaluation (at least identify issues to be considered (these have mostly already been established – CENF, BDF etc.) | SM |
| Implementation at CERN (including indicative cost estimate) | Baseline LSS6 (making use of existing fast extraction systems)
| Jonathan Gall |